SCIENTIFIC ABSTRACT BARANOV, V.V. - BARANOV, Y.B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000103510019-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

KATS, M.Ya.; REZ1,11KOV, P.P.; BAW,,!:OV, V.V.
Testing the isoC,,.:,Inami-- electromagnetic separator for minerals.
Izv. ill! SSSR. Ser.f;eol. 27 no.'7:106-114 Jl 162. (IIII;L-'. 15-6)
1. Goologicheskiy institut AN SSSR, l."osk-va.
(Magnetic separation of ores)

KATS, M.Ya.; BAIUNOV, V.V.
Gradient pipe without ultrathennostate and prospects for using
it in mineralogical studies. Izv. AN SSSR Ser. geol. 28 no.9:
93-98 S 163. (MIRA 16,101)
1. Geologicheskiv institut A'i SSSR. Mosk-va.

BARANOV, V.V., Jnzh.
Economic estimate of sewerage systems for combined sewers,
Gor. kho3. 1,~o3k. 37 no.11:4-7 N 163. (MIRA 17:1)
1. I'Sentrallny-y nauchno-issledovatel.'skiy i proyektno-
konstruktorskiy institut podzemnogo i shakhtnogo stroitellstva.

I] ,
Techn -I -xil- and flconomJ c, adv it of 17ai lding a Pombined cJ ty
sewcrtire syster, for peneral iiq(,. Tnidy TSNIlPodzewha~-hatro ill
no.2.195-207 161 .
Econcm-~-'c effi.civnov cf develnv-~ng a combined layinp, of
c,oriman4-catinns in general type s6wcns,
(.M-,TiA 17:5)

ACCESSION NR: AP4041040 S/0120/64/000/003/0152/0157
AUTHOR: Kats, M. Ya.; Stadnikov, A. G.; Gol'din, L. L.. Baranov, V. V.
TITLE: Method for designing the pole shape for single-zone isodynamic magnetic
separators
SOURCE: Pribory* i tekhnika eksperimenta, no. 3, 1964, 152-157
TOPIC TAGS: separator, magnetic separator, single zone magnetic separator,
isodynamic magnetic separator
ABSTRACT: A method of calculating isodynamic fields is described; it is
suitable for both the single-zone magnetic separator design and the measurements
of magnetic susceptibility. Since the neLltrill pole obstructs the entrance into the
gap, it is desirable that the isudynamic field be created without the neutral pole.
F ormulas that describe the pole shape ensuring a quasi-isodynamic field without
the neutral pole are developed. Curves plotted in dimensionless coordinates
I/ Z

e t~w fo de te iting tjh,;,,,* Cau "C- Ol 1"'., Go!-
d )blh~', no. I :.i

V

S;!(", , 1). 1 . ; ll~.;~;. ~",, , ~ ~,. ~ : ~: 7 1
.- ,-- -. . , I . . . , U- -; Y V . * I. ; LE,: , ,
-s -7'c;r sectional re-*~:,.,,-',)r,-~-3d-ccrcrete lin-,ngs in
L~.e rining by the shield Method. Tri:,d-.,
T' N 1, 1 Pod ,, ~ 11 t 1: ~ 1 t ~-, Z. ro no. ' : I ' ' -1 5-~- 1 ~4.
1 if,i I 1 11

PANCHRUXOV, G.X,-, BARANOV, V-Ta.
Kinetics of the thermal cracking of n-hexadecane in the flow.
Izv. vys. ucheb. zav.; neft' i gaz n0.1:103-110 '58- (MIRA 11:B)
I.Moskovskiy naftyanoy institut im. akad. I.M. Gubkina.
(Hexadecane) (Cracking process) (Chemical reaction, Rate of)

PANCHEITKOV, G.M.; BARANOV V Ya.
Standardization of a design for laboratory tube furnaces.
Izv. vys. ucheb. zav.; neft' i gaz no.6:77-79 #58. (MRk 11:9)
1. 14oakovskiy naftyanoy institut im. akad. I.M. Gubkina.
(Furnacem)

0, Y;A7
Panc he r'-ov , G. a i3- - - nov
T12L3: The rmal Crac'r i n,~ o .' n-he ,. Ade c_-ie a s Homor.,e ne o: Sys t-
' i J'.
React-ion of the Firsot Ordei7 Carried out in Ourre,,]'
(Te r-mic lie 'rreic-in~-
~a, :)rovodi- ay't
posledov,atei liaya pei~vo.7o pol,ya~:V,
V potol,-e)
2:1,""IOD I K'hlmiya _1
p p 0, 4 - 2'3: , (U 3 3 R
A-36TTRACT-. Thermal c-ca-c'Um- o-' !,%,d,,oc-_,rbons is,
It c a'n be considf~r-_~,d as ari irreversi')le hom,D:.rencous
reactu f "he firs' order. Previous public- '-ions on
ion ol U I
the systpi-iiatic invasti 'ratlon of thesa -eactions are merl-
tioned.(Ref-1 - 5). In an earlier report (Ref.7) the
licinetics of thermal cr-aclrinr, of n-,ie_-~:-dac~lne -.7--ra calou-
lated. 1-f the rate of cracl~linr is as a .-leisure
L
of the yield of tlie fr:-iction boilin!- 2~1,50 t~ien this
reaction can be considered z7.ts a
reaction; this asssumption:; is con-finfled by tile yield-
curves of this fraction -,,ihich pass throur-h a
U ':_in~ ",
and also by the fact th~.,t the curves s',io,,, -~ yield
Card 1/3 of the Cas of" this, fr-1-o'clon depeni on the depth

O"OVIC) 5 -5 9 -9 -5/1C)
The-rial CraclUnr, of n-Hexadecane as homop-eneous i7stemal-ic 4-action of
Ufte -2,irst Order C;-:trried out in a Current.
of conversion of the starting- r--iaterial (FiF.1). The
reaction proceeds accordin(- to the follo,,.vin~7 equation:
k
A J-v1A,+ v2A2+ v3A3 V4A1+ v5l'~P-
where A = the startine material, A = the c-as, Ao = the
condensation products, v = the cor~espon(linv stollchio-
metric coefficients and Icl a~d k2 = the t-ate constants
, staUe. The yield of
of the first and second cra~~i r1U
the "intermediate Product"A3ard of the t,f-io r.~kte const-I.nts
o-F the thermal cracking pr-ocess are calculated. If
n-hexadecane is subjected to crackinr at 520.0 5300and
58000 the rate constants of the first and second st-ire
of the rc-action are identical (Fi[.,,.2). The stoichio-
'50
metric coef-.Cicients V3 '017 he fraction. boilinr 29
al~ p
-r~-.iediate rod ct". The theoretically
is t en as " inte ' u
calculated yields of this fr-7iction. were substati`~-Iially
id,,~ntical to those obtained during practical e-~perimenU-S
1 2/3 (FiF.4). If the depth of conversion of n-hex-adeca,le

Thermal Cracking ofP n-Hexadecane as iloi-iioreneous 3ystematic Reaction of
the 2irst Order Cstrried out in a Current'.
is belua 0.'6 the equation -for the homoreneous firsts- ord,~!r
reaction chawres into a simple first order reaction ?llo-
ceedinf, in the current. Th6lre are 4 Fi~-ures, 7 liefeven-
* 2 nglish and 75 Soviet.
es. E
c
A61-'OCIATION! MNI im. Wcad. Gubl.-ina
1. Hydrocarbons--Fractionation 2. Hydrdearbons--Chemical reactions
3. Mathematics
Card 3/3

50Y
AUTHORS: Pancherikov, 'u. Y., Baranov, V, Tp- SOV/20-126-3-42/69
TITLE: The Kinetics of the Thermal Craolld-.~iE of llydrocartons (Kinetiks,
teimiohesko6o krekino-a uCir?v,)d,:L~,~dov)
PERIODICAL: Doklady Akademii iiaWL 3330R, 101,59, Vcl 126, lir 3, pp 608-611 (UWR)
ABSTRACT; In the introduo-tion to Via pre&,~i--t paper it is pointed out that
the exact deduction of -the eWiafio--q for the kinetic reaction in
Gracldng is not possible, axid oquation (1) gives the conversion
of the initial substance intc. a of products. In the
follovzLng, equation (2) is devt~-' from which it may be seen
that the rate of cracking dcpeiids ~, hh,~ rate of two processes: on
the rate of deoay of the miole,~nl~ of the initial substance and on
the process of the j-nterat-~4,io
'f U110 radicals with the molecules
of the initial substance. It follows further that the concentr4ion
of radicals exercises a considerable influence upon ibis rate.
Equation (3) gives the rate of radical formation, mid fornuls- (5)
is obtained for the condition of the steady fraction of the
radicals by means of the Iii-Lierto c-biained results from formula (1).
This fOl-Mula (5) is then given according to a previous paper by
G. 11. Prncherikov by formula (6) for the case in Ykiich crackini.; is
Card 1/2 contiiyacus. By integration, formula (8) is obtained from this

The Kinetics of the Thermal Cracidng of Hydrncarbons 391/20-120"-3-42/69
formula (6). In a similar marolor, the same development is made
for the cracking of benzine, and formula (14Y, which is aralogaus
to formula (8), is obtainel. Finally, ar diagram (Fig 1) shows the
results obtained according to fomula (8). The experiments were
carried out at 510, 540 and 570 0 C and at atmospheric pressure,
and show a oonstant rate of cracki-ng and an activation energy of
55 kcal/mol. There are I figure and 2 Soviet references.
ASSOCIATICN: Moskovskiy,institu.t. neftekhimicheskoy i gazovoy promyshlennosti
im.. I,,Z. Gu'~kina (Moscow lnst~tate for the Petroleum- ohemicall
and Gas Industry imeni 1. M. G~.bkin)
PRESENTED: February 19, 1959 by A. V. Topnhiye-,r, Ac-ademi-Aan
SUBUITTED; February 18, 1959
Card 2/2

S! 1, 'PV60/00 !/002/00 1/0 10
B004/B067
AUTHORS: Panchenkov, G. M-j --Ya,,.,
TITLE- Kinetics of Thermal Cracking of Hydrocarbons and Their
Mixtures
PERIODICAL: Kinetika i kataliz, 1960, Vol, 1, No 2, pp. 11,98 196
TEXT: The authors attempted to derive a kinetic ~~quatioii for the
cracking of hydrocarbong.. Proceeding from the radical chain reacton
A -)' 91A1+ V2A2 + - V nAn (a) (A initial substance, A i reaction
products, V i stoichiometric coefficients) they write: W1 - k[13][A] (2)
-j
(W1 reaction rate, [R],[A] concentration of radicals and in:tial sub.
stance) and W kl[A] + k r., [A) This equation tak-~3 into ar,=i,,nt
2 Lai
the possible effect of two processps on thk~ reaction rate, a) decomp
tion of the initial molecules into free radicals; h) r-~action between
free radicals and initial molecules, Furthermore, the rate W, is derived
for the formation of free radicals The following is arstimed: The
Card 1/'I

Kinetics of Thermal Cra(-kjn(_, of 11y(Jrc,,;arb.,.-n3 S / I*C~r,/60/00 11002100 1 /C) 10
and Their Mixtures B004; /B067
radicals are formed by collision Dr by a monomolecu-lar decomposdtJ,~.,n r"
the initial molecules; 2) the frc-? ra-,icals ar~ c:~--Llmed, by
the initial molecules. The intera-tiD., -he fr-? radlc~a!S
negligibly small due to thoir low concentrataon, The aulhors wr-11-.~
W = k EAj2 + kl[A] - k (4), Takin, accoant of the
2 3 4 LAI r-1
L `J
they obtainn [R) (k 3/k 4 ) [Aj 4 k 1/k 4 By sub3titutii.;-.,
one obtains W k? + k![AXk] (6). where k, kzk,
if (5) was substituted in (2) and k (k 1k k ~ k Ik 4
k.j L. k2k3/(k Ik4 4 k 2k I ) it' (5) vi-~ substitutod ;n ('~), At !~,w proos,ir,-,
the collision among the initial m,DIE-cules does nDt essentially
tribute to the formation of iadicals, an~ -qu~ttior (6) will 1,r~ :)f
order, Thirt folloNvint,' for tller~lllul ' I'll,: kn~,:- ~n -:~!l
tinuous flow and '-he r-t~ilto, )f bei-i-7 *-ik~-. ,n-'-,
account, n,dx/Qdl - klfl k*,C -~r, and ',-.v
A A
A

Kinetir.s of Thermal craci~int, or Hydrocarlr,ona S/195/60/001/002/001/010
and Their Mixtures BOO.1/BO6-,
number of moles of the initial substanc-~ enter-Ang the roaction -one L-r
unit time; x denotes the amount of initial substanc-~
reaction; V1 + V + 1; P totiil
(7) and integration t7,lve n.-X-(A/B)n In( V.-PV,./I3R'T: (9) whc,z-:
A 14 /m+n; B ~ ~2111, (P/lr
n) 140) n/m(m+ri) ;in -F.T + ?-'~P!
n -PRT k,P; V, = voll).me of the reactAi~n For thR (-as(? wherL~
cracking takes place under .,he dr~composif.!Dzi of ail intermediate product,
A A +V,A + 'q A,~ --N V A, + V A,, where A is the initial substancl.
1 c- 2 3 ' 4 1 5 c j
A1gas, A2 coke, and A3 gasoline (a~~ intermediate), a Similar equatiCn
(14) was derived, The authors, however, usi~d eq~ka-tion (9) to, ?"7aluate the
experiments on the cracking of fractions of Paraffin 7~Intaining Groznyy
and Romashkino petroleum, and calculated the constants of this equat',on,
They observed a pressure and temperature dependence of A/B 7,"Ith a
pressure change between I and 50 atra, the rle a
maximum at approximately 10 atm, which becomes more dast,-ncl at
Card 3/'1

Kinetics of Thermal Cracking of Hydiocarbons S/ I C)5//C'0/'00 I I/()C),-,;/Oo ,/C) I o
and Their Mixtures i CIO Al B Ot"
t emp era t tiresA V Frost, and A. 1 1),. n t A D,
- I ; .. Th~,rc, -.,i-
11. G. Gonikberg, and V, V Vcynv,)dskJ,,- ar-~ ::e-"-
2 figures, 1 4nb I,-- i
ASSOC'ATIONi: :4,7) 9 ir i iis ~ it ut. It ,ii i koy 1 o y r- ~3 e
I ~~ -- ~ c.,, p r o ay h 1 n
nosti im, I, 3M. Gubkina (blos;~ow Inf.dl~utc- of Putrochmical
and Gas Industry imeni I M. Gubkin)
5 UB ",'~ I T TED 1) T
Card -1/4

S/'52,/60/OoO//OOB/0O6/0O7/XX
3004//B06,1
AUTHORS: Panchenkov, G,
TITLE: The Kinetics of the Thermal Cracking of Petroleum Products
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy Neft' i gaz, 1960,
No, 8, pp. 79 - 86
TEXT: The authors report on the thermal cracking of the fraction
310 - 410 0C of the paraffin conta4.ning Groznyy 0petroleum The experiments
were carried out at 510, 540? 570, 000,and 630 C, The experimental data
were evaluated by means of equations obtained in the course of previous
studies (Refs.7-9) n 0X = -(A/B)n 0ln(I - x) - k'pV r/BR2T2 (2) is written
down as radical-chain mechanism for the reaction.. n denotes the moles of
0
the initial substance introduced into the reaction zone in the unit time;
x is the portion of the initial substance entered into reaction,
A,B: constants, k' is the rate constant of the reaction, p - the total
gas pressure, V r " the volume of the reaction zone. For the function
Card 1/3

The Kinetics of the Thermal Cracking of 5/152,160//000/008/006/C)07/XX
Petroleum Products B004 B064
n0x - f In 0in(i - x)] a straight line with the tangent A/B was obtained.
k' was calculated by the equation k' - -ADn 0ln(i - x) - BDn 0x (a), where
2
D - R Tl/pvr' A table gives the following value.9 for the coefficients of
the equation (8):
0 -4 3
T C A/B D-10 k'-10 sec On the assumption of a consecutive
510 0.956 6.87 2,64 reaction the following equation was
540 0.878 7.41 10-90 derived:
570 0,850 7.96 34-40 xA (3).
600 0,665 8.54 34,80
63c) 0 L 6o4 9~i3 49-70 V is the stoichiometric coefficient
of the reaction product A,, K . k 21 /kI. is the ratio of the reaction rate
constants of the first and second stage of the reactdon, This equation was
graphically solved. The activation energy of the first stage was found to
be 56,400 cal/mole, of the second to be 67,000 cal/mole, Between
510 - 5700C, the temperature coeff-Lcient of the first stage is 1.53, of
the second 1.66, A- D. Stepukhovich is mentioned Ther- are 3 figures,
Card 2/3

The Kinetics of the Thermal Crackinc, of S/!"2/60/00U/00b/G06/007/XX
Petroleum Products BC)Oa//B064
1 table, and 9 referencest 6 Soviet and 3 b`S-
ASSOCIATION. Moskovskiy inslitut i gazovoy
promyshlonnosti im.akad.I.M.Gubkina (Llloscow Institute of the
Petrochemical and Gas Industry Imeni Academician I.,!".Gubkir)
SUBMITTED: July 6. 1959
Card 3/3

PANCIIENKOV, GLM,,; BAIINOV, V,-Ya.
Kinetics of thormal cracking of potrolmuii 1-,,V. vya.
uchob. zav.; noft' i oz 3 no.Vl~-86 160. (MIRA 14-4)
1. Moskovskiy institut neftelchimicheskoy i gazovoy promyshlen-no.,;ti
imoni akadendka I.M.Gubldna.
(Cracking process)

PANGBENKOV, G.M.; RARANOV, V.Ya.
Effect of pressure on the kinetics of thermal cracking. Izv. vyB.
uchob. zav.; neft' i gaz 3 no,10I9)--98 t6O. 04IIA 14:4)
1. Moskovskiy institut nefteldximicheskoy i gazovoy promyshlonnosti
imerd akademika. I.M.Gubkina.
(Cracking process)

BkRANDV,, V.TA.s KOLESNIKOIT, I.M., ZHOHOV, TU.M.,
Kinetics of chemical processes in oil refining and petrochemistry in flow-
type reactors
Report to be sumitted for the Sixth World Petroleum Congress,
Frawurt., 16-26 juns 63

116 1 id i f~
~Ll ! G, 1~ 2 1 -1-- '-, i 9

A
"
CC NR: A137000054 SO UCE CODD UR/02 07/66/000/005/G_'07/0!'2
Baranovi V. Yu. (Moscow); Musin, A, K, (Moscow); Timofeyeva,
G. G. (Vloscow)
ORG: none
TITT-~: Kinematics of the current-carrying layer in a plasma accelerator
I- V
SO'TRI~~': Zhurnal prikladnoy mckhaniki i tekhnicheskoy fiziki, no. 5,
iqu-6, 107-112
a C"XA 1~
TOPIC TAGS: 'Dlasma" plasma acceleration, plasma
ABST;IACI: The results of analytical and experimental investij-,ations of
the dependence of kincinatic characteristics of quari-neutral bunches of
c'
harged particles in "rail-type" accelerators on the electrical ana geo-
=etric naraneters of the accelerating circuit are compared. Proceeding'
from previous findings by one of the authors (A. K. 1.1,usin, Radiotekhni~ai
elek-tronika, v. 7, no.*10, 1962)t the movement of a plasma bunch along 1
the electrodes as a function of their erosion is described by an equa-
tion which can be approximately solved by an asymptotic method applicable
to nonlinear oscillations with strong attenuation. The magnitudes
characterizing.the process of acceleration (current in the plasma,
velocity of the current-carrying layer, momentum and mass of the bunch,,
Card 1/3

ACC NR: AP7000054
a-,Id th,e energy transfer coefficient) can then be numerically determined
A.
and their behavior qualitatively described. The main features of the
ra.41-type plasma accelerator used for experimental investigations of the
'-'nematic~; of bunches are diagrammatically shown. Two parallel co'-pper
Dars 2.5 cm wide, cm thick, and cm long served as guiding elec-
0.15 37
erodes (rails). The distance between them could be varied between 0.5
and 5.5 cm. The plasma source was the discharge current from a
50-300~iF condenser Lit 0.5 to 7 kv between the rails, initiated by the
breakdown of a shot of gas introduced between the rails beginninr,. The
pressure of residual gases in the accelcrator did not exceed 1-0-4 nam Hg.
The velocity of the bunches was determined by double probes between the
17',~ i di ng r a1 s- The momentum of the bunches, was meaBured by balli-st' c
pencluium.,; suspended at the end of the track. The measurement results,
_e
. sented in a number of graphs, show the interrelationship of the
p
characteristic parameters along with the analytical data. The main con-
clusions drawn from the investigation are: 1) that, in case oil low
erosion, the limit speed of the plasma is proportional to the initial
electrical energy and the inductivity gradient of the accelerating clr-~
cuit, and inversely proportional to the mass of gas moved with the cur-:-
rent; in case of strong erosion, the speed of the plasna is a function
maini-Y of the initial voltage of the condenser, since its own nass
~7rows fast in the process, which greatly reduces the acceleration.
2) The end momentum of the bunch does not depend on the mass of gas, but
Card 2 / 3

ACC NR: AP7000054
is a linear -function of the condenser capaci,~ance, the inductiv.4ty
gradi,~nt of the circuit, and the square of the initial voltaj-,o. 3) '2he
onergy trans.er, in case of low erosion, is a linear function of the
i-itial electrical energy and the square of the inductivity gradient.
case of high erosion, only the inductivity gradient remains effective,
together with the initial voltage. Orig. art. has-. 7 figures and 9
formulas. (WA-711
SUB CODE: 20/ SUBMI DATE: l90ct65/ ORIG REF: 005/ OTH REF: 001
Card 3 /3

ACC NRi AF6033950
AU1111011: Baranov, V.. Yu.
IORG: All-Union Electrotechnical
nicbeskiy institut)
11111T1.2: Certain effects observed
i
SOMICE CODE: inVo294/66/ooli/005/o6~21/o624--l;
Institute im. 1. V. Lenin (Vsecoyuznrl elektrotckh-
in the study of an electric arc in a gas stream
iSOURCE: Teplofizika vynokildi temperatur, v. 4, no. 5, 1966, 621-624
MFIC TAGS: electric arc, gas jet, gas ionization, electric discharge ionization,
Idischarge plaBma) electron distribution
~ABSTRACT: This is a continuation of earlier work (Teplo-lizika Vysokikh temperature Y.1
12, no. 5, 1964) devoted to the use of an arc as a preliminary ionizer of a magneto-
;hkydrodynamic generator. The purpose of the present investigation was to elucidate thei
jp-niysical processes that accompany the flow of electric current throug-h a stream of'
!neutral and ionized gas. An electric arc placed transverse to the motion of the gas
!vas investigated in both decelerating and acceleratirkT maUnctic fields. Ille apparatur,
1was the same as descri1bed in the earlier paper. T'he measurements yielded the diszribu-
ition of the electrons in an argon-cesium plasma at different stream velocities
Itwo arcs axe used, the first serving as a pre-ionizer for the second. -~h_, results
show that in the presence of preliminary ionization, the distribution of -'U-h(-- C. one crt.r~~---
Itions of the arc in the gas stream becomes homogencous fund conGtrint in time, and the
arc channel diameter increases. Applicat ion of a ma~rnetl c f ield of a prescribed value
Card
1/2
UDC: 533-9: 538-4
cord -2/2-

-A.CC- NR%_ _AT60339'50
leads to a more uniform, distribution of the ciirrent, but owing to constriction of the I
arc diameter it may affect adversely -the ionizing ability of the arc. The author is I
grateful to 1. A. Vasillyeva and K. N. Ul'yanov for a discussion of the work. Oriz, '!
art. has: 3 figures and 1 formula. i
SbB CODE: 20/ SUBM DATTE: 18Dec65/ ORIG REP: 004/ OTH RKF: 002

ACCESSION NR: AP4017598 S/0109/64/009/002/0283/029Z
AUTHOR: Baranov. V. Yu.; Musin, A. K.
TITLE: Role of diffusion and viscous friction in the process of plasma
acceleration
SOURCE: Radiotekhnika i elektronika, v. 9, no. 2, 1964, 283-Z92
TOPIC TAGS: plasma, plasma physics, plasma acceleration, plasma diffusive
dissipation, plasma viscous friction, plasma cluster, plasma cluster motion
ABSTRACT: A simplified analysis of the motion of a plasma cluster in a plasma
accelerator is offered; an allowance is made for both the diffusive dissipation of
neutral particles present in the plasma and the continuous influx of new particles
formed in the process of guiding -electrode erosion. It is assumed that the
ionization a = (I + (no/nj))-' is small and that the seeping of charged particles
------ ~'__ -----4- 14-IA - I- ---I--+-A W_-+'- +1'. -^+4^- ^f 0

ACCESSION NR: AP4017598
The principal conclusions drawn are: (1) Optimum lengths of a plasma accelera-
tor exist at which a maximum velocity and a maximum momentum of the plasma
cluster are attained or a max coefficient of the conversion of electric energy
stored in the accelerating circuit into kinetic plasma energy is realized; (2) The
optimum length increases with the initial voltage and capacitance of the
accelerating circuit; (3) The plasma-cluster mass may considerably exceed that
of the gas admitted to the accelerator; (4) The velocity maximum corresponds to
the condition when the electrodynamic forces and the friction forces affecting the
cluster are equal; (5) The maximum of momentum arrives when the process of
cluster acceleration and its mass diffusive dissipation are at equilibrium. "The
authors thank V. L. Granovskiy, 0. A. Malkin, G. G. Timofeyeva, and M. F.
Shirokov for their attention and interesting discussions. 11 Orig. art. has:
4 figures and 30 formulas,
ASSOCIATION: none
SUBMITTED: 1OMay63 DATE ACQ: l8Mar64 ENCL: 00

LA5979-66 EMU)
ACIL NXt AP6028611 SOURCE CODE: UR/0057/66/036/008/13137/1393
AUTHORj Barenov, V.Yu.; Mu8injA.K ; Timofeyeva,O,G,
ORG: All-Union Blectrotechnical Institute im. Y.I.Lenin, Moscow ( pesoyuzh~y elek-
trotekhnicheskiy institut)
TITLE: Diffusive spread of a plasma condensation and the optimum length of a plasma
accelerator
SOURCE: Zhurnal tekhnicheskoy fiziki, v. 36, no. 8, 1966, 1387-1393
~1
TOPIC TAGS% plasma acce oration, plasma gun, plasma electron temperature, plasma
velocity
1ABSTRACT: Two of the authors have p:reviously given a theory of the acceleration of
plasmas in a rail accelerator, in which the effects of electrode erosion and diffusive
i
scattering of the plasma particles were taken into account and from which it was con-
I
icluded that there are optimal lengths of the plasma gun for maximum energy of the
plasmas maximum momentum of the plasma, and maximum efficiency (V.Yu.Baranov and A.K. I
,Musin, Radiotekhnika i elektronika, 9, No.2, 283, 1964). This theory has been confirmed-
in part by experiments of A.D.Timofeyev, V.G.Marginin B-'A,S-hevchuk, and A.A.Kalmykov
(ZhTF, 35, No.5. 858, 1965). The present paper reports experiments undertaken during
11960 and 1961 in order further to test this theory and to investigate factors that were;-
Inot included in the tbeoryo Plasmas were produced and accelerated by the 0o5 to 7 kV
Card 1/2 UDC: 53309

ACC N "6G28611
'discharge of 110 uF capacitor in a coaxial or rail accelerator from 0.1 to 43.0 cm longq
The electrode diameters in the coaxial accelerator were 1.0 and 3.3 cm, and the rail
accelerator was so designed as to have the same inductance per unit length, In most
Pf the experiments the pressure was kept below 10-3 mm Hgo The velocities of the
plasmas were measured with the aid of two double probes, and their moments were
'measured with a dynamic pendulum. High speed cinematograns and atreak photographs were,
:obtained :of the plasmas in the rail accelerator. The results of the experiments were
Iin qualitative agreement with the theory. The optimum length of the accelerator for
i!naximum, momentum was less than that for maximum kinetic energy. This is ascribed to
I
the greater significance of the velocity for the energy than for the momentum. Motion
of a portion of the plasma in the backward direction was detected and is ascribed to
thermal expansion of the plasma. The backward momentum of the plasma decreased with
,Increasing gas pressure (up to 10- mm Hg), whereas the forward momentum was almost
independent of the pressure. This influence of the pressure on the backward momentum
Is ascribed to the cooling effect of the residual gas on the plasma electrons. It is
i~oncluded -that there are optimum lengths of the plasma gun for maximum velocity of the
plasma, maximum momentum of the plasma, and maximum efficiency of the conversion of
electrical energy into kinetic energy of the plasma;that these optimum lengths are de-
termined by the equilibrium between the acceleration process, friction, and diffuse
scattering of the plasma; and that thermal expansion of the accelerated plasma in its
center of mass system takes place and has a measurable influence on the characteristics
of the accelerated plasma bursts. Orig. art. haoi 10 figures.
SUB CODE: 20 SUBM DATE: 1&4Lug65 ORIG. REP: 006 am REF 002
Coo 2/2 is

- B&FUNOV) Yalp,, starBhiy radiotekhnik
Some specif-*c features of radio oommunication in Antarctica.
Inform. biul. Sov. antark. elcop. no.2609-42 161. (J~'~T Vf:7)
(Antarctic regions-Radio)

jj ~~ I' ~ 'I :I
. " - 1. ~ i f~ " - J I ? li! !- ! 1~ , - , i ,
f ~ '~ TI . f.l I Ll ~~' .: ;, C r . i 1 1 , : , 1. . , .- ~, : ; "n " f ~ , ". ~- : , ~, :~ I, ., ',.ij - - , , . ~ . * ,- -I*- . rio . /,! t
3 ~,, . -3 r) 5 ~'/, . 'i
17; J ! a

BARANOV, Te.
Simpla method for teating quality of gas rectifiers. Radio
no.7:24 J11 154. (MLRA 7:7)
(Radio--Rectifiers)

BARANOV, Ye.-, VOROTNIKOV, A.
Floating doBimoters for measuring coagulating agents. Zhil.-
kom.khoz. 9 no.10:26-27 '59. OIRA 13:2)
(Water--Purification)

BARANOV, Ye.
Mixed brigades in the canning industry. Biul.nRuch. inform.:
trud i zar. plata 5 no.303-38 162. (MIRA 15:3)
(Canning industry)

DARANOV, Ye. A.
Cand Tech Sci - (diss) "Study
washing of filtering loads."
Higher and Secondary Speciali3t
Labor Red Banner Construction
byshev); number of copies not
sup, 231)
of the hydrodynamic principles of
Moscow, 10,61. 17 pp; (Ministry of
Education RSFSR, Moscow Order of
Engineering Inst imeni V. V. Kuy-
given; price not given; (KL, 7-61

~A~NOV, Ye.A.
Washing coarse-grained ayers of filter media. Sbor. nauch. rab.
asp. ARIT, no.1 159. (MIRUI -14:7)
(Filters and filtration)

BARAINTOV . Ye.A.
Discharge coefficient for orifices of tubular distribution
systems of filters. Sbor. nauch. rab. asp. AKIM no.1:85~-103
'59. (MTRA 24:7)
(Filters and filtration)

I Ya. A.
SIJURYGIN, V.P.p kand. DARANO~Wlp
't*,hfi mii.ilitollrir-t-f.) and oporif-ion f)f' reiri-
forr-od concrutn of cv,,rarhead cojitar~t systets,
EIE,.*k. -i teul. 0 (KIRA 3.6 - 11)
1. Rukovodii.,E~ll dorog
t.CaD-OpOrt-
nogo 2. starshly Glavnogo
UPI-avlarOyp- _4-,~
y,
Yd.nisterstv~3 prit Baranov).

BARANOV, Ye.A.
Conference for the examination of the standard norms of production.
Kons. i ov.prom. 18 n0.9943-1,4 S 163. (MA 16:9)
(Ganning industry-Production standards)

BAPAI,'97, Ye. G.
"On the Question of Deterffdning the Size of Elongated Elasting CharEes.ll Sub 28
Dec 51, Moscow Inst o-," INIonferrous YetalE and Gold imeni 'm. 1. Kalinin.
Disscrtations presented for science and engineerinC degrees in Moscow during 1,951.
SO: Sim. No. 480, 9 May 55.

15-57-5-7081
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 5,
pp 191-192 (USSR)
AUTHOR: Baranov, Ye. G.
TITLE: Experiments on Short-_I'lme Delayed Action Blasting of
VV Charges (Opytnyye raboty po ustanovleniyu usloviy
vozmozhnogo primeneniya korotkozamedlennogo vzry-
vaniya zaryadov VV)
PERIODICAL: V sb: Korotkozamedl. vzryvaniye v gorn. dele, Moscow,
Ugletekhizdat, 1956, pp 13-32
ABSTRACT: Studies on the efficiency of short-time delayed acticn
blasting were conducted by a group from the Institute
of Nonferrous Metals and Gold in one of the non-
ferrous metal mines. The subjects of study were as
follows: 1) the suitability of I. P'. Leontlyev's
instrument as a means of short-time delayed action
Card 113 blasting; 2) the possibility of use of present

15-57-5-7081
Experiments on Short-Time Delayed Action Blasting (Cont.)
electric instantaneous action detonators in connection with this
instrument; 3) the appropriate conditions for use of short-time
delayed action blasting. The VED-L-1 instrument designed by
Leontlyev insures intervals in feeding of the current with an accu-
racy of t 5 percent for the following types of work: 1) cutting of
horizontal massages and for large-scale blasting of cleared chambers
in mines; 2 making railroad cuts and blasting in open pit mines.
The instrument operated precisely in over 100 blasts. its operation
is safe. The characteristics of present electric detonators with a
constantan bridge 50 M in diameter were studied oscillographically.
The tests showed that the time of delay of electric detonators with
a resistance of 0.85 to 1.4 ohms varied from 16 to 56 m/sec and
averaged 29.4 m/sec with currents of 1.5 to 12 amp. The deviations
in delay decreased and amounted to 6.5 to 21 m/sec with current ex-
ceeding 15 amp; the average delay was 11.2 M/Sec. Hence new deto.-
nators which will insure less deviation in time of delay are needed.
Delays of 40 to 80 seconds proved to be most effective for the
Card 2/3

15-57-5-7081
Experiments on 6hort-Time Delayed Action Blasting (Cont.)
conditions of the open-pit mine in which the tests were conducted.
The optimum delay depends on the strength of the rock and the po-*
sition of.the bore holes. The rocks here have a coefficient of
resistance of 8 to 13, according to Protodlyakonov. Tests in
blasting gabbro-diabases on open faces 10 m high in opep-pit mines
showed the possibilities of: 1) decreasing the extent of collapse
by 1.4 times; 2) increasing the distance between bore holes from
3.5 m or 4 m to 5 m; 3) increasing the yield of rock per 1 linear
m of bore hole from 75 T to 110 T; 4) reducing the cost of drilling
by 30 to 50 percent; 5) reducing the debris zone by 30 to 50 per-
c~ent; 6) reducing the yield of oversize material; 7) reducing the
expense of repairs by 2 or 3 times. The author believes that short-
time delayed action may be effective in: 1) improving the breaking
g of rock with a Frotodlyakonov resistance coefficient of 14 to 15;
2 improving the general criteria in blasting of rock with a re-
sistance coefficient of 8 to 12; 3) reducing the seismic action on
industrial buildings and dwellings.
Card 3/3 L. N. M.

14(5) PHASE I BOOK EXPLOITATION sov/2769
Baranov Yevgeniy Ge~~4p#Qy "ch Pavel Stepanovich Danchev, Konstantin Ivanovich
-lVanov, Vladimir Olimpiyevich Mallchonok., Aleksey Dmitriyevich Pashkov, and
Aleksandr Nisanovich Khanukayev
Issledovaniye protsessov bureniya i vzr-yvaniya s primeneniyem kinos"yemki
(Photographic Study of Drilling and Blasting processes) Moscow, Ugletekhizdat,
1959- 166 p. 21000 copies printed.
Ed.: K.V. Pavlov; Ed. of Publishing House: T.I. Koroleva; Tech. Ed.:
A. Sabitov.
PLTRPWE: The book is intended for scientists and engineers in the mining industry.
It may also be used as a textbook in institutes of higher technical training.
COVKRAGE' The book contains the results of a photographic study of drilling and
blasting processes. Analysis of the operation of perforators and percussive
,drilling rigs.. and the study of explosion phenomena by filming helped to reveal
Card 1/5

Photographic Study of Drilling (Cont.) sov/2769
the physical nature and the regularities of high-speed processes and to indicate
ways and means of increasing the efficiency of drilling and blazting work.
Photographic work was done at the Central Film Laboratory of the MVO by B.V.
Prantsisson and B.G. Sukhov. The author thanks M.M. Dokuchayev. There are 56
references: 48 Soviet 4 English, 3 German, and 1 French.
TABLE OF CONTENTS:
Introduction
Ch. 1. Investigating the Operation of a Drilling Unit and the Ways
3
of Increasing Working Speed of Drilling 5
1. Nature and method of investigating an opprating outfit 5
2. Drilling regime in the study of perforator operations 8
3. Oscillatory motion of the perforator 10
4. Operation of the percussive mechanism 14
5- Operation of the rotatory mel~.hlaaism 22
6. Transmi s a i on of me chm J r-A energy to the crushing action 26
7- Ways of increasing the actual drilling speed by means
of pneumatic percussion drills 37
8. Ccimparative evaluation of pneumatic drills of different design 44
Card 2/5

Photographic Study of Drilling (Cont.) sov/2769
Ch. II. Studying the Work Regime of a Drilling Column in a Borehole
During Percussion Drilling 48
9. Methods.ofstudying the drilling regime 49
10. Velocity resistances of a column falling in a borehole 50
11. Velocity and acceleration of a bit falling in a borehole 60
12. The efficiency of percussion arilling 6B
13- Maximal weight of a drilling column 70
14. Consumption of kinetic energy by a drilling column in
overcoming mud resistance 75
Ch. III. Studying the Physical Nature of the Rock Practuring by
Blasting 73
15- Methods for dtudying the physical nature of the fracturing
of rocks by blasting 78
16. Methods for studying parameters of an elastic wave 80
17. Certain data on wave propagation in a hamogeneous elastic
81
medium
C ard. 3/5

Photographic Study of Drilling (Cont.) sov/2769
18. Elastic constants, and mechanical characteristics of the inves-
tigated rocks.and materials 84
19. Qualitative characteristics of the fracturing process in rocks
by blasting 1 1 86
20. quantitative regularities of the fracturing process in rocks
and materials of high acoustic rigidity 110
21 The effect of phase shift of two' waves on the blasting
efficiency 12c"
22. The effect of the shape of the charge, the properties of the
explosive, the size of the charge., and the production methods
on the mechanics of fracturing the-~igh acoustic rigidity rocks,
and the ways of increasing the efficiency of the elastic wave
energy 129
23.. Suggestions for improving the quality of hard rock fracturing
by blasting 132
Ch. IV.. Studying the Process of Rock Fracturing in Instantaneous
and Delayed-action Blasting
24. The scope and the methods of studying the fracturing process
by blasting 134
25.. Conditions for carrying out the experimental work 138
card 4/ 5

Photographic Study of Drilling (Cont.)
SOV/2769
26. Analyzing the results of the investigated blasting processes 142
27. Classification of methods used in rock blasting 154
Ch. V. Study of Ground Action in Surface Blasting
28. Methods for carrying out experimental studies
29. Experimental study of ground motion during blasting
30. The effect of the minimun resistance direction on the
. rate of ground uplifting
31.1 Relation between ground uplift and the weight of the
blasting charge and the efficiency index of the blast
Supplement
Bibliography
AVAIIABLE: Librar7 of Congress
Card 5/5
16o
161
163
170
171
175
183
mm/gmP
12-30-59

hWAVAIIALIYEEV, T,I,~ BX4,A]MV, Ye.,G, otir. red- SE21=4A, ~,F,, red.
izd-.-va; Al~OKH*.'I-IA--,,---M-,.-G',,.-te-'kiin, red.
[Flotation of lezid in Alcty-azlSvintsov,,lia flotatsiia na Ak-
Tiuze. Frunzc,, lzd-vo All Kirgrizskol SSR, 1960. 1,1 p.
(~M,A
(Akft~uzz region , Ylotation) (IA-ad)

SHESTAKOV, V.A.; RA4NOV, Ye.G.. red.; SEMIKIRA. T.F., red.izd-va;
ANUDIIIIA,
[Investigating the breaking and the drawing of ore from blocks
in forced top-caving systoms.1 Issledovanie otboiki i vvpuska
rudy iz blokov pri sistemo etazlinogo prinuditollnogo obrashoniia.
Frunze, Akad.nauk Kirgizakoi SM, Mal gornogo dela i metallurgii,
196o. 129 p. (MIRA 13:12)
(Mining engineering)

S/08-/6-1/000 //019/06-,/085
B117/B110
AUTHORS: Baranov, Ye. G,, Alosinpts. V, N.
TITLE: Study of blasting charraotf-ristics of -Inrh~strial explosives
depending on their moisture conten,
PERIODICAL- Referativnyy zhurnal., Khimiya, no. 19, 1961, Z06. abstract
19L462 (Izv. AN KirgSSR. Stir., yestestv, i tekhn n_ v. 2,
no, 2, 1960, 65 90)
TEXT: The authors tried to estimate the resistance to water of a number
of ammonites (A) and the possibility of us-ing them in powder form in
watered boreholes by determining their explosive effect and the working
capacity of A mixtures with different amounts of water (0 - 67~-')~
Ammonites no, 6.XB(6ZhV),B -3 (V-3), CAA -4 (VA-4), mining explosive no,
and mixtures of no. 6ZhV with trotyl, were tested, Most of the tests gavF'.
incomplete explosion due to a small explosive chargo, ~diam-eter 40 mm)
and an insufficient initial impulse (detonatrr no 8) In th,~- author's
opinion, the m3ning explosive no,, 1, and VA el, eire bec3t suited for work
-in water among the ammonites tested. Ammonites 'In compressed form or in
Card 1/2

S/Os 11116~'100011;0- 9! "Ob 1/0sr
Study of blasting characteristics-, B117 /Bi-0
J
the form of cartridges should be used in bcre~hc,~-s wi*,h an in'~ensp. water
flow, Abstracterls note: Complete translat-'Cn I
Card 2/2

BARKNOV, Ye.G.; GAGULIN, M.V.
Methods of calculating borehole charge parameters in underground
ore breaking. Izv. AN Kir. SSR. Ser. est. i :;ekh. nauk 2 no.8:13-
22 16o. (MIRA 13:12)
(Mining engineering) (Blasting)

DRONINIKOV, Dmitriy Xikhaylovich, doktor teklm. nauk-; _PA, ., kand.
tekhn. nauk, retsen--ent; MALKIE, I.E., kand. tekhn.nauk, retsenzent;
KWUMI, D.S., gorn. inzh., retsenzent; PARTSEEVSKIY, V.!;., red. iz-:-
va; LOMILI11, L.N., tekhn. red.
(Choice of blasthole parameters in underground ore breaking] Vybor
parametrov vzryvnykh skvazhin pri pod--ennoi otboike rud. Moskva,
Gos.nauchno-tekhn.izd-vo lit-ry po gornomu delu, 1961. 109 P.
(14IRA 14:12)
(Boriw,) (Blasting)

YdIANUMEV, Aleksandr Xisanovich; k PY, YQvgen~y--Gera-s-iv.,ovich, MOSDWS.,
Vladimir Pikolayevich; MUKHDI, M.Ye., otv. red., T~F~,
red. izd--va; UIOKHIIIA, M.G... tekhn. red.
[Experinental study of breaking rock by blasting] EksperimentalIrVe
issledovaniia protsessa razruphend-la porod vzry-vom, Frunze$ Izd-vo
Ali Kirgizskoi SSR, 1961. 133 p. (II.Eu L" , 1 a)
(Blasting)

BARANOV, Ye.G., kand.tekhn.nauk; MOSINETS, V.11., kand,tekhn.nauk
Practice of using simple explosives in workinr ore depositb.
Vzryv, delo no.47/4,112-117 '61. (MhG~ 1"): 2)
1. Institut Fornoro dela i metallurgii A14 Kirrizskoy SER,
(Explosives) (Ore deposits)

SHESTAKOVP V.A.; SEKISOV, G.V.; BARANOV, Ye.G.
New method of determining the boundaries of open mining opera-
tions. Izv. AN Kir. SSR. Ser. est. i tekh. nauk 3 no.3:47-63
161. (AURA 150)
(Strip mining)

BARA140V Ye G., kand.tekhn.nauk; MOSMTS, V.N.; PODDYNITSY11, Ye.M.,
gornyy inzhener; KLAPOVSKIY, V.Ye., gornyy inzhener
Study of the parameters of large-scale blasting in Kirghiz
open-pit mine workings. Vzryv. delo 110-50/7:131-141 62.
(1,1111A 15:9)
1. Institut vornogo dela i metallurgii AE Kirgizskoy SSR.
(Kirghizistan--Blasting)
(Rocks--Testing)

NOSMTS, Vladirri~r Nikolavevich; ISEMIKDA, T.F., red.izd-va;
BARANOV) U
_~.e.G., otv. ,-ed.; POPOVA, M.G., tekhn.red.
[Energy producing and correlative linkages in the rock
breaking process by blasting] Energeticheskie i korrelia-
tsionnye svinzi protse~-,sa ra-m-usheniia yorod %,zr)-No-,-,.
I
Fnmze, Izd-vo Ali Kir.SSR, 1963. 231 p. (MIRA 17: 1)

BARANOV, Ye.G.; TANGAYEV., I.A.; YAKOVLEVA, N.A.
Study of the process of the displacement of ores and
rocks in blasting under conditions of complex deposits.
Izv. AN Kir. SSR. Ser. est. i tekh. nauk 5 no.1:7-23 163.
(MIRA 16 : ll)

:ar.

BA?ANCYV, Ye.G., kand. tekhn. nwuk; PODOYNKI~,YN, Ye.M.
Estimating the efficiency of boring and blasting operation,- in
the working of ore rock and stone in nonferrous metAl mines.
Vzryv. delo no.57/141173-181 165. (MIRA 18sil)
1. Institut gornogo dela I metallurgii K!rE!-2.!Aoy SSR.

AP6034002- 770/0775
AUTHOR: Baranov, Ye. I.; Shmatko, M. A.
ORG: Kaliningrad Branch of the Institute of Oceanography, AN SSSR (Kaliningradokcry-
otdeleniye-Instituta okeanologii AN SSSR)
TITLE: Studies of the thermal structure in the Gulf Stream frontal zone
SOURCE: Okeanologiya, v. 6, no. 5, 1966, 770-775
Mao~-
TOPIC TAGS: oceanography. Vtemperature, hydrography,
kvw3*/Gulf Stream
ABSTRACTz Continuous records are analyzed of surface water temperature obtained in
March 1963 along the profiles running across the Gulf Stream frontal zone. Maximum
values of 'horizontal temperature gradients are siven. For the statistical charact,
istic of the temperature field in the Gulf Stream, frontal zone modular structural
functions of temperature were computed with the aid of an automatic structural
analyzer. Distribution functions have been computed to characterize the scales of
temperature inhomogeneities. Orig. art. has: 5 figures.
SUB CODE: 09/ SUBM DATE: 13Nov64/ ORIG REF: 002/ OTH REF: 001
jImr.!

Lp731
3/062/62/000/009/008/009
B119/B186
A'PHAS: So!; i n , S .L. , Korshak, V. V. , Vasnev, V. A..', ind 'Baranov, Ye.I.
TITLE: of polyMers from nitriles of aliphatic acids
nauk SSSR. 1--vestiya. Otdeleiii,~~e'khi:-,ic---,q'~i'-Ih
iiauk, nn. 1), 1061, 1.644 - 1650
T -"~ T
moth:-~-L eoter (1), malonic dinitrile (I1), and adipic.
d-initrilp (111) each of them polyrecombined by heatin(-, to 2000C in
t1le ~jre:~t,,wtl, t-if tortiary butyl poroxide. The resulti1qr volymerti un,11orvif-rit.
clement~ir~y analysis. Their IR mid ri.PR s.jectra were studied ~md the
, b;lbJe r,-~:iction scheme was -,)lotted from the 'data so obta ed. i yielded
pro in
a black powdery -polymer soluble in dimethyl formamide,-havinE a molecular
N."Cict't of' ~;)400 - 730C) (doi)OIldinf; oil the peroxide amount used); sol'tenint-,
0c;
tem.,orature 500 70 Yield at a molar ratio ueroxide 1.5 : 1;
rc-.ction
IA
Card 114

3/06 2/6 '-1 j/'O0O/'COq/006//Oo-,
S vn Lhes i:i of -)Dlymers from .... B1 1 ')/Bl 66
CN CN
CN C
0
A
C B
C-OCH
C-OCH J'A/C \B
C A C,
CH~ G I I
I " I I "C C
C11, U
N
75 7 A C B = C
OCH OC(CHI)
3 3
I! soluble in dimethyl formamide; molecular Y.-ei.,-h'u
11,00,0; s~,I'tening tei-,i,)erature 100 0C; 50 ~~3 yield -at a :,-iolar ratio -.-)eroxide
11 = 1.5 -. 1; reaction scheme
Card 2/4

j 3/062/62/000/009/008/009
synthe:;.Ls ~Pf polymers 1,1,0111 . . . Blig/B186
ON ON ON ON
R C R, C
C 111 R, R1 C, R
I CH R C R 1 R2 R C i C
C 2
2)4 1 1 1
C " i ~CH 2)3 1 U , C C C
~~N,/ NIT
L C' N In [;~~Nl Z Nil
n 0.," ; a, = (CH 2) 3ON; R 2 = C11 [OC(CH 3) 3] .(CH 2)2 Oil
III too -iive a black povider soluble in dimethyl formamide; molecular.
v
weiF_ht 55,)-J (maximum 6200 after fractionation); softening temDerature
5000C; 75 0/, yield,at a molar ratio peroxide 1 111 = 0.4 : 1; r-eaction
scheize
C IN C14 ON ON
R# (CH~) C0, I I I
H2 C112 3 12 HCOC(C-H
~n L 3- C~N ...
Cnrd 3/4

S /0 6 2 /0 "0/1009 /0 1) 6 j'009
3:,,nthesi,; of polymers from ... B1 19/13186
n The volimw re.,iistivity
ex!)-,)nontiaL~ly -.-,,ith temperaturo
at 00~ ~2 - 10- 0111:1- cm-
1-IOS'u ir.-IJOrtUnt En,-lish-hQ-l,-,uage
J. 'o1. "cl. 27, 207 (1956).
of 016 polymt-r from II inc!"?,.!~0s,
(Conductivity at 0 0C: 5-~7-10 12 1- cm - I
There are I fi,,-ure,- and 1 table. T Ile
reference is: N. Grassil, 'J. C. lacNeill,
A5110CLITION: Institut elenentoorganicheskikh soyedineniy Akademii nauk
SSS-11 (Institute of Elemental Organic Compounds of the
Academ,y of Sciences USSR)
SUKIITTED: -,r
11arch 1 , 1962
Card 4/4

EWT(m)/EWP(J)/T RPL WW/RM
ACC NR li AP5027689 SOURCE CODE: UR/o062/65/OO0/OlO/lt!6o/l866
,~anov L.; Frunzoo T._1 ; Nurashey. V. V!"
AUTHOR: Ba Ye
ORG; Institute of Organo-elemental ComDounds. Acgdev,pt.Aqiences,NSR
(Institut alementoorganichoskikh 803edineni-y Akademii nauk SSSR)
TITLE: Gr 'of s~ _ronelwith opsiloxi-cUrqlf~q:~am~
in bulk
SOURCE: AN SSSR, Izvestlya. Seriya Ithimicheskayal no. 100 1965o
i86o-1866
TOPIC TAGS: copolymerization# polymerization rateo polymerization
kinetiess block copolymer, radical polymerization., catalytic
polymerization
ABSTRACT: Two stage graft copolymerization of epsilon-caprolactam with
styrene to form copolymers containing 5-50% styrene was studied.
Radical copolymerization of styrene with N-methaeryloyleaprolaotam in
epsilon-caprolactam solution to form the macromolecul-ar initiator is
effected in the first stage. Epsilon-caprolactam is grafted onto the
macromolecular initiator in the second stage upon addition of
sodium-caprolactam as the second component of the catalyst system, In
order to increase the amount of styrene in the graft copolymer the
Card I /P MC! q1LP--Qq21
C?'7 -~ - ~-) ~.- ~/o

L 8152-66
ACC NR3 AP5027689
amoi;nt of the catalyst system must be increased proportionally; 0.2
mol7a of catalyst is optimum for polymerization of(the caprolactam alone.
Copolymers formed using less catalyst have large over 16%) amounts of
water-soluble products. The graft copolymers are insoluble orose-linked
products which swell in cresol and concentrated sulfuric acid. The
reaction mechanism of the cross-link formation is to be reported later.
Orig. art. has: 4 figures, 3 tables and 1 equation,
SUB'CODE: MTP Oct GG/ SUBM DATE: 23Feb65/ ORIG REP: 000/ OTH REF:
~008
nw

L 16507-66 JWT(m)/Zw[P(j.)/T MWIFN
Acc nR: Ap6ool4go SOURCE CODEt UR/0191/65/000/012/OD03/0006
AUTHORSI Korshak, V. V.-. Frunze T. M.t Kurashoy V, V.; Baranov, le. L.
Mt none
30
TITLEt Synthesis of graft copo Oro of styrene with ~rcsprolactam in bulk
two-stage polymorizafion
SOURCE: Plasticheskiye massyp no* 12p 1965., 3-6
TOPIC TAGSt graft copolymer, copolymerization, catalytic polymerization
ABSTRACT: A method for synthesizing of graft polymers of styrene with E-capro-
I lactamlis described. The method consists of consecutively treating the reaction
mixture with polymerization catalysts of anionic and radical character. In the
first stage of the process styrene is copolymerized with N-mathacryloylcaprolactam'
(catalytic amounts) in F,-caprolactam solution,, using a radical type initiator
(e.g.s bonsoyl peroxide), The second stage is initiated by addition of sodiumo
The graft copolymer has the atructurea
Card 1/2 UDG t 678.6751126-134.622

L 16507-66
A c 6N_ P-.-.--A- P-6 6 o U 9 o
CH
-CH--CHS- _~_Cflj-
0~
H'!4--(CH,)b- "CO
--CO-NH--(CH,)s .('.0-N,,
Y
Physical and mechanical-properties of the copolymers obtained by varying the
ratio of starting materials and the concentration of the catalytic system
(sodium caprolactam and N-methaeryloylcaprolactam) have been investigated. The
authors express their gratitude to co-workers from P=Rlemash for physical and
mechanical testing of the copolymer aampleso Origs art* hast 3'tables., 2
figureaj, and 3 structures* 4 - I
SUB COM 07/ SUBM DATEt none/ ORIG REFs 002/
Card 2/2 5,V

~J~/T/FTC(m)_6 WW/Rm
L 1856M6 EWT(m)j~yP
ACC NR: AP6002428 a SOURCE CODE: UR/0O2O/65/165/bo5Ao88Aoqo
AUTHORSt Korshak, V, V, (Corresponding member AN SSSR); Manucharovat I. F.;
Frunze, T. ff.-; Buranov..Ye. Lo
ORG: Institute for Heteroorganic CR~qZunds. Acaderu of Sciences SSSR (Institut
eleme 00rganicheSk1kh soy~edineriiy'Akad-emll nauk SSSR)
TITLE:. Determination of the degree of crystallinity in styre.el E
graft copolymers by a c9lorinetric method, and the investigation of their
thermostabiliv ' 1*~P-
SOURCE: AN SSSR. Doklady, v. 165, no. 5, 1965, 1088-1090 1/6)
TOPIC TAGS: polymer, crystalline polymer, graft copolymer, polyamide
ABSTRACT: The degree of cryatallluiLy in styrrrje- ""-caprolack-laid graft copoly-Wers
as a fuficLlull Of -4-118 QUf)0jjjjjjr 00JUlf~UGAM*110-3.1 anilk of jiciu"Locular WelghL waa dotel-TAnoo
Tho folluwodA tkilh~kt
I by K. A, jbidrianoy and 1. 10. M11 01'Jill, 19(21 di.20).
pictures of the synthesized polymers are pz-osauted.. The experimental results
-are shown in graphs and tables (see Fig. 1). The degree of crystallinity VUB
calculated by the expression G = 2,33 Q. where G is the degree of crystallinity
Card 1/2 UDC: 541.66_______j

L 16568-66
ACO NR: AP6OM428 _07
Fig. 1. Curves for weight loqn (11, 21, '31) and
differential temperature change ('lY 2,3)
for the polymers: 1,11-poly- F--caproardde;
2,21 graft copolymer, containing atyrone
and caprolactam in the ratio 2WO (parto 0 V.
by weight); 3, 31polyntyrene.
&V 1W
in % and Q is the heat of fusion in cal/g. It is concluded that the above
formmla may be used to determine the degree of crystallWty in any graft co-
polymers of E -caprolactam and amDrphous.co-component, For other starting
reagents, the formula differs from the above only in the different value of the.
empirical constant, Orig, art* has: I table and 5 graphs.
SUB GODEzQ7x 11AUB14- DkTEs 3Wun65/ ORIG. REP 1019/ OTH REFt 002
Gard 24~5'1&lf

ACC NR, AP buivid0--, 1Cd'CW-ft-.-U iqu!661OU8100310-45-5104~60-]
OU
AUTHORS: Frunze, To Me; Korshak, V. Vs; Baranov, Yeo Le; Lokshin, B,V.1
- - - 1__. a:2 M 7,~ -., 77 -, - - 77
ORGt Institute of Organoelemental Compounds.-AN SSSR (LAstitut elemen-
toorgaiiieheaki kh soyedinenAy AN SSSR)
TITLE%, Q~RolynerizationXof styrene%ith N-methaeryloyleaprolactam In.
the presence of c-caprolactam
SOURCEt Vysokouolskulyarnyye soyedineniya, v. 8, no. 3, 1966, 455-460
TOPIC TAGSs caproneg styrene, copolymerizationi copolymer, chain
polymer, monomer
ABSTRACT: The copolymerization of styrene with N-methacryloylcapro-
lactam- (MACL) has been investigated. The optimum copolymerization
conditions were established. The empirical dependence of the MACL in
the copolymer on the amount in the feed mixture was found. The re-
activities of these monomers during copolymerization in c-caprolactam'.
solution were determined. The chain transfer constant through e-capro-
lactnm~ was determined. It is shown that c-caprolactame does not con-
siderably affect the chain growth and that it in a suitable solvent
for the reactions Orig. art. has: 3 figures and 5 tables. [Based on
author's abstract) . (NT]
Card 1 / 2 UDC:66.095.26+678.13+678.675+678.746

L 22750-66
1,CC NRI AP6010109 0
SUB CODES 07/ SUBH DATE: 30Har65/ ORIG REFS 002/
OTH RIPt 003/
Card 2 / 2 ') v (I ..

L 41715-66 EWT(ir)/EWP(J)/T IJP(
Aedtik~_ AP6019530 (A)
W/O
-
SOURCE CODE: UR/0020/66/168/004/0825/0827
Z/ 1
AUTHOR: Rode, V. V.; Yorshak, V. V. (Corresponding member AN SSSR); Frunze, T.
Baranov, Ye. L., Balykova, T. H.
ORG: Instit1te of Organoelemental Compounds, Academy of Sciences*SSSR (Institut ele-
mentoorganicheskikh soyedineniy akalimii nauk SSSR)
TITIZ: Theroooxidative destruction of the graft copol of styrene Lth epsilon-
-caprolactam
SOURCE: AN S . Doklady, v. 168, no. 4, 1966, 825-827
TOPIC TAGS: copolymer, polystyrene, oxidation kinetics, block copolymer, heat resist-
ance.,' cAo9rr roeo0-mEe / *5rM9F'A-)E_ , 0-r#0A7-W1L VV20efiJ049,V6j
ABSTRACT: The kinetics of oxidative degradation of stymne-caprolactam graft copoly-
mers was studied. 0.05 g samples of copolymers containing 10, 20, and 33% styrene
ware.oxidized in an oxygen stream at 300-3750C. It was found that the stability of
the styrene-caprolactam copolymers to oxidative degradation increases with increasing
content of caprolactam. It was also found that the content of alkaline catalyst in
the copolymer has practically no effect on the stability of the styrene-caprolactam
copolymer. The kinetic data are graphed and tabulated. Orig. art. has: 2 figures,
2 tables.
SUB CODE: 07/ SUBM DATE: 15Nov6S/ ORIG REF: 007/ OTH REF: 003
Card l/ .1
UDC: 541.66

ACC NR; AP7oo6718
SOURCE CODE:
UR/0113/66/600/012/0029/0031
AUTHOR: Bocharov, N. F. (Candidate of technical ociencen); oemenov,
V. (Candidate of technical sciences); Toloknov, 0. A. (Candidate of technical
-sciences); Boshnyak, V. A.; Makarov, S. G.; Boldarev, T. A.
ORG: M'VIU im. Bauman; NAMI; Moscow Electric Machine Building Plant (Moskovskiy
elektromashinostroitelInyY zavod)
TI'-'LF: DesiGn of a inotorized wheel with electric drive for installation in pneumatic
tires on automotive vehicles
ISOUIiCE: Avtomobil'naya promyshlennost', no. 12, 1966, 29-31
TOPIC TAGS: vehicle power transmission 5ystem, tire, vehicle engineering, drive train
USTRACT: The authors describe a motorized wheel. developed in the "wheeled vehicles"
de-,)artment of the Moscow Technical College im. Bauman for installation in the 1-245
r,neumatic tire. This tire is 1000 mm in diiuneter and 1000 rmi wide with a 305 Irm
-1 j, The 0-~cr
mountinc hole. A diar-ram of the motorized wheel is ,how, in the fi.-urc. j)
,isse,-
nbly of the unit is iocated inside the rim 1 of the tire which is a tube with
.Welded flanges. The power assembly consists of electric motor 2 and sked reducer 3.
A DI-33K DC electric traction motor is used with a power of 16 kw at 220 volts. The
Card 1/3 uDc: 629.113-;.85.3

ACC NR.
I
i
r"I'l 2/3 .-

ACC NR; APM6718
rated speed of the inotor is hOOO rpm with a maximum of 6000 rpm. The unit is 238 an,
~-'Ln diameter and weighs 106 kg. The speed reducer has 3 rows of planetary gears with
a transmission ratio of 31.2. This ty-pe of speed reducer has the lowest weight and
size for a given transmission ratio and efficiency. Orig. art. has: 2 figures, 1
table, 7 formulas.
SUB CODE: 13 SUBM DATE: None/ ORIG REF: 005
3/3

V,--lu,, dotsent; GAMoV, A., starshiy prepodavatell
~AR~I~Q
Distance of visibility of objects at sea. Mor. flot 22 no-5:
9-10 My 162. (MIRA 15:5)
1. Leningradskoye vyssheye inzhenernoye morskoye uchilishche
imeni admirals. S.O.Makarova.
(Visibility)

J1,1RANOV, Yu., dotsont; 01MUK111, K. , starshiy naiielinyy sotrucnik
Infrared techniques to servo the merchant -iiarine. Mlor. flot
22 no.'J:11-13 Jo '~S2. (II-LITU 15:7)
1. Leningrad shoye washeye inzhonernoye morDkoye uchilisholie
im. adiairala Makarova (for Boxanov). 2. Leningradskiy institut
vocbaoEo transporta (for Orcsbkin).
(Infrared rayo-Indu5trial. applicatioris)
(Merchant marine-Squigment and supplies)

BARANUI, Yu., datsent; GUAY'CV, A., dotsent
tf-rmining tho f~.irculation of' thf~ vo.;:ml by phot~)graphing tht~ r;A~lr
screen. Micr. I'lot 25 no.5-.22-24 ~V 165. (MMA 18: 5)
1. Leningrad-skoye vyssheye inzhenernoye moroklicrin-)y(-2 ucnilishche
imeni adrai. ala S.O. Makarova.

BARANOV, Yu. (pos.Kukushtan, Permskoy obl.)
Stop BykovS Sov. profsoiuzy 11) no.12-.24,-25 Je 163. (KRA 16:8)
(Kukushtan-L,-iwyers--Discipline)

ACC NRi ikP 700 03 50 S OUItCE CODE- wC1 oVfgC6-1 6 60-162-27 0-215701ft-)7
INVENTOR: Goron, I. Ye.; Baranov, Yu. A.; Dembinskiy, V. F.; Mlerkin, 1. Kh.;
jPankov, G. A.; Penchuk, N. V.; Smolyanitskiy, V. Z.; Volkov, Yu. D.
~ORG: 'none
TITLE: Electromagnetic flaw detector. Class 42, No. 188737
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 22, 1966, 115-1161
TOPIC TAGS: flaw detector, magnetic flaw detector, magnetic fielda==E~
d if C4. - Z~& 1_1~11 I
4c1
ABSTRACT: 6this Author Certificate introduces an electromagnetic flaw detector con-
taining 1) a primary magnetic flux conductor for magnetizing the inspected article,
2) a secondary magnetic flux conductor for duplicating the magnetic field configura-
tion of the article surface, 3) generato~rs with alternating magnetic field ensuring
hysteresis-free transfer of the magnetic field configuration, and 4) magnetic re-
cording heads. 'To inspect shaped articles, the conductor is clamped to the article
with elastic rings stretched over the article. To maintain its cylindrical shape, thel
secondary conductor is enclosed in a vacuum shell. Orig. art. has: 1 figure.
SUB CODE: .14D UBM DATE: llAug65/
.1 Y/S
Card 1/1 UDC: 620.179.14.08

BARAILO-y-,lu.B.; BiAkINOVA, Yn.?%; BOBROVSKIY, V.I.; GRISHCHRIiKO. G.I.;
GONCTIAR, G.V.; 1XILBISH, V.S.; 1:,kLI14OVSYIY V.S.; L~KOTSKIY, Te.D.,
KUTACHFOV, G.14.: Kf,(,Alln';SKAYA, S.M.; LESTEV, A.V.; METELYIN, L.I.;
TIKHONROOV, V.!A. Cdecea5edj; DOLBISH, V.S., 5Pet9red.;KLr/,'14IWh,
V.S., red.; KISITIA, Ye.l., tekhn.red.
[Fishing equipment used in Far Eastern waters] Orudila rybolovatya
Dallnevostochnngo BR%seina. Moskva, Pishchopromizdat, 1958. 214 p.
(14TRA 11:12)
(Soviet Far East-Fishing-Equipment and supplies)